There are always natural disasters such as Hurricane Katrina which occurred in 2005. There are several areas of toxicology that usually take part in assessing some environmental issues related to the consequences of storms ( Fowler, 2013) . Toxicology is a term used to refer to the study of poison and it has evolved greatly and addresses all forms of health effects that are produced by any substance. Being a science, it has specialized in a number of areas; applied, descriptive, and research toxicology ( Fowler, 2013) . Accordingly, in order to access the aforementioned descriptive and applied toxicology seems more effective. Through descriptive toxicology, one is in a position to identify any toxicities that are likely to have affected the agent ( Roberts, James & Williams, 2014) . Additionally, it helps in the identification of significant metabolites of the chemicals and how they get into the body. Applied toxicology, deals with the utility of chemicals in the actual world. This means it is something that is real and not practical being carried out in a laboratory. This area would be effective as it would open the mind to show how chemicals can be controlled from being exposed to any working or nonworking surroundings. It is made possible by setting guidelines for safe exposure in the relevant environment ( Roberts, James & Williams, 2014) . Applied and descriptive toxicology works well with each other as descriptive toxicology would aid to regulate the number of chemicals that are received by all the pathways that are exposed ( Roberts, James & Williams, 2014) . The main concern of both descriptive and applied toxicology is to limit chemicals in an environment and know what chemicals to use in different environments. Agreeably, the most appropriate areas of toxicology that would be useful during a natural disaster would be applied descriptive toxicology.
References
Fowler, B. A. (Ed.). (2013). Computational toxicology: methods and applications for risk assessment . Academic Press.
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Roberts, S. M., James, R. C., & Williams, P. L. (2014). Principles of toxicology: environmental and industrial applications . John Wiley & Sons.
